Securitron DEM680E-CA15S-612 Delayed Egress Mag Lock

Product Description

The SECURITRON -U.S. DEM680E-CA15S-612 is a delayed egress electromagnetic lock designed for controlled-exit door applications. Delayed egress locks hold a door secure and trigger an alarm or timed release sequence when the exit device is actuated, providing a deterrent against unauthorized egress while remaining code-compliant for life-safety egress paths. This unit is sold individually and is typically installed by licensed access control or low-voltage security technicians on interior exit doors in commercial and institutional facilities.

Delayed egress electromagnetic locks are commonly specified for use in healthcare facilities, assisted living centers, retail loss-prevention applications, and institutional buildings where controlled egress is required. The CA15S and 612 designations in the part number indicate specific configuration options for this model, which should be verified against project specifications and local Authority Having Jurisdiction requirements before installation.

Key Features

• Delayed egress electromagnetic locking mechanism for controlled-exit door applications
• Intended for commercial and institutional door installations requiring timed-release egress
• Sold as a single unit (each)
• Part of the SECURITRON -U.S. magnetic lock product line

Compatibility

Designed as an OEM-style electromagnetic lock for commercial delayed egress door assemblies. Verify door frame type, power supply requirements, and local code compliance before installation.

Installation Notes

Installation should be performed by a licensed low-voltage or access control technician familiar with local building codes and life-safety egress requirements. Disconnect and lock out all power to the door control circuit before mounting or wiring the lock. Delayed egress devices must comply with applicable fire and building codes, including NFPA 101 and local AHJ requirements, which govern maximum hold time and alarm sequencing. Do not bypass or defeat the timed-release function during testing.